Andrea Curti
Papers
2
Total Citations
5
H-Index
2
About
Andrea Curti is a roboticist specializing in the modeling and control of complex, hybrid locomotion systems, with a particular focus on the unique challenges posed by closed-linkage mechanisms. Her work is centered on the Kangaroo biped robot, where she has made significant contributions to whole-body kinematics and constrained dynamics. Curti’s research bridges serial and parallel floating-base systems, developing numerical frameworks that enable stable, agile locomotion in robots with non-traditional morphologies. Her 2022 paper on whole-body kinematics modeling for closed-linkages, presented to an international audience, has garnered 3 citations, while her 2024 follow-up on the constrained dynamics of the Kangaroo lower body has already attracted 2 citations, reflecting growing interest in her methodologies. By tackling the computational and physical complexities of hybrid serial–parallel designs, Curti is advancing the frontier of legged robotics, offering tools that could inform everything from disaster-response machines to assistive exoskeletons. Her work is essential reading for researchers exploring the intersection of rigid-body dynamics, optimization, and bio-inspired design.
Research Focus
Key Achievements
Top Papers
- 1
- 2